Guide to Graduate School of Science and Technology, Shinshu University 2015

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Thin-film RF magnetic inductors and an enlarged photoVisual light communication field experimentBasic components of the visual light communication systemSimple-Cubic-3 coil systemTwo-cubic-meter coil system for generating uniform magnetic fields in three dimensions. Used for demonstration of outer-space magnetic field environment and evaluation of magnetic shield performance.Right: example of color control of a paint-type high-efficiency organic EL elementLeft: a sectional TEM image of the organic photovoltaic energy conversion elementDEPARTMENTOFELECTRICALANDELECTRONICENGINEERINGDepartment of Electrical and Electronic EngineeringFacultyAI electrode filmActive layerTransparentelectrode30nmElectron buffer layer (n-type)Hole buffer layer (p-type)MASTER’S PROGRAM OF SCIENCE AND TECHNOLOGY 14 DEPARTMENTS018Wide range of active fields: energy, electronics, and telecommunicationsThe Department of Electrical and Electronic Engineering, playing a leading role in the science and technology based world, provides a variety of specialized curricula and cutting-edge research groups, aiming to foster highly creative individuals in a wide range of fieldsWe conduct research on low-power-consumption (green) technologies for electronic appliances and systems, which will be more important than ever in the future, and do research and development of various magnetic application devices, green LSIs, and new sensors for power electronics in cooperation with companies and academic institutions inside and outside of Shinshu University.Research and development of green devices and systemsWe do research and development of next-generation photovoltaic devices composed of oxides, compounds or organic semiconductor films with their thicknesses controlled on a nanoscale order from the viewpoint of processing/evaluation technologies and material science.Research and development of nanoscopic devicesFrom recently popular smart grids to image and audio signal recognition and learning capabilities of artificial intelligence, most complex problems can be formulated as optimization problems. We establish optimization theories to support the foundation of information and communication fields by designing and applying more precise, more effective optimization methods.Research on optimization as a foundation of information and communication technologiesToshiro Sato, ProfessorGreen Devices by Using Magnetic TechnologiesDevelopment and application of ultra-high frequency micromagnetic devices and application of high frequency power magneticsOsamu Takyu, Associate ProfessorResearch on Digital Wireless Communication MethodsResearch on cognitive radioTatsuo Sugimura, ProfessorInformation TheoryAnalysis and presentation of finite field structures, presentation of series, and decoding of error correcting codesMikihiko Nishiara, Associate ProfessorInformation Theory and its ApplicationEstablishment of mathematical models of information transmission systems and evaluation of their performanceKiyoshi Tanaka, ProfessorEvolutionary Computation, Image Processing, and Smart GridsMulti-objective optimization based on evolutionary computation and its application to smart grids and image & video processingAguirre Duran Hernan Eduardo, Associate ProfessorEvolutionary Computation, Computational Intelligence, and Multi-objective OptimizationMulti-objective optimization based on evolutionary computation and its application in transportation networks, intelligent control of electrical grids, and design explorationYouhei Akimoto, Assistant ProfessorOptimizationTheoretical analysis and algorithmic design of stochastic optimization with information geometry appliedToshinori Taishi, Associate ProfessorEngineering of Single Crystal GrowthResearch on semiconductors, single crystal growth of functional oxide crystals, and evaluation of crystal quality and defectsYoshio Hashimoto, ProfessorThin-film Solar Cells and Investigation of Related MaterialsResearch on compound thin-film solar cells and synthesis of compound semiconductorsMyo Than Htay, Assistant ProfessorSolar Energy Application and Investigation of Related MaterialsResearch on novel photovoltaic energy conversion devices and chemical reactions by use of concentrated solar energyNoriko Bamba, Associate ProfessorDevelopment of Ferroelectric MaterialsDevelopment of environment-friendly lead-free ferroelectric materials and application of piezoelectric ceramicsNoriyuki Urakami, Assistant ProfessorSemiconductor Photovoltaic DevicesResearch on novel semiconductor materials for light emitters on Si substratesHideaki Ito, ProfessorQuartz-crystal DevicesAnalysis and application of tuning-fork-shaped quartz-crystal oscillators for use in watches and investigation of quantized displacement of antenna structure resonatorsShiro Handa, ProfessorInformation and Communication EngineeringMobile communications, sensor networks, and visible light communicationsFumihito Sasamori, Associate ProfessorCommunication Engineering (Digital Mobile Communications)Research into spread-spectrum methods and orthogonal frequency-division multiplexing (OFDM) methodsEiji Itoh, ProfessorResearch on Next-generation Printable Organic DevicesDevelopment of underlying technologies for organic devices, their experimental manufacture, investigation into their function mechanism, and enhancement of their performanceMakoto Sonehara, Associate ProfessorGreen Devices by Using Magnetic TechnologiesDevelopment of green devices and sensors using magnetic thin films or fine magnetic particlesTakuya Hayashi, ProfessorCreation and Application of Nanocarbon MaterialsCreation of novel nanocarbon materials, investigation of their structural properties, and realization of green innovationKunihisa Tashiro, Associate ProfessorApplied Magnetic EngineeringEnvironmental magnetic field power generation, measurement technologies for weak magnetic fields, and their applicationTsutomu Mizuno, ProfessorMagnetic Engineering and Actuator EngineeringResearch and development of electromagnetic actuators, electromagnetic sensors, and wireless power transferBu Yinggang, Assistant ProfessorMagnetic Engineering and Actuator EngineeringOscillatory actuator for optical scanners and small oscillatory power generatorKosuke Miyaji, Associate ProfessorIntegrated Circuit DesignIntegrated power electronics, Reliability improvement of flash memoryRyoheiSugamataStarted in 2013 / Dr. Hayashi's LabAt present, I'm researching energy devices using carbon materials. I have been interested in energy devices since before entering university, so I chose the Department of Electrical and Electronic Engineering; however, I felt that the undergraduate research timeframe was too short and I was not able to gain satisfactory results. Therefore, to develop more expertise and to thoroughly conduct my current research, I decided to go on to graduate school. Every day, I work hard to become a global engineer or researcher with a great wealth of knowledge and experience acquired in graduate school.RecentCareerPathsChubu Electric Power, Seiko Epson, Central Japan Railway, East Japan Railway, Shinko Electric Industries, The Kansai Electric Power, Hitachi, Mitsubishi Electric, Koito Manufacturing, SANYO DENKI, Shinano Kenshi, Toshiba, TEPCO, Toyota Motor, NTT East, YKK, Aisin Seiki, Orion Machinery, Canon, Suzuki Motor, Yamaha Motor, Rubycon, Oki Electric Industry, Denso, Yamabishi, Komatsu, Densan, Mitsubishi Heavy Industries, Tamagawa Seiki, Toyota Industries, Mitsubishi Plastics, Hioki E.E, Nidec, Hamamatsu Photonics, Fuji Electric, Kyocera

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